Module 1-3 Quiz Flashcards

1
Q

what are three main airframe components of a helicopter

A

Forward Fuselage
Intermediate Fuselage
Tailboom/Tailcone

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2
Q

what is a tail skid used for

A

Preventing damage to the lower vertical stab in the event of a tail strike

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3
Q

what purpose does the tail guard serve

A

acts as a visual indicator to prevent individuals from walking into a spinning tail rotor

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4
Q

why are helicopters equipped with cable cutters? where are they located

A

in case the helicopter flys into power lines. the are located above and bellow the windshield.

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5
Q

what is the purpose of a firewall

A

prevents the spread of flames into the cockpit. usually two located forward and aft of the engine compartment

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6
Q

what are dynamic components

A

components that move during flight

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7
Q

what components make up the main rotor assembly

A
main rotor
mast
pitch links
swashplate
main rotor gearbox
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8
Q

why is colour coding used on helicopters

A

to identify the correct location and pairing of components

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9
Q

what are the differences between stations, waterlines and butt lines

A

stations run longitudinally
waterlines run vertically
butt lines run horizontally from center outwards (right side positive, left side negative)

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10
Q

what is the difference between a tailcone and a tailboom

A

they are the same component just named differently. tailboom by bell and tailcone by Robinson

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11
Q

where on the Robinson’s tail rotor are you allowed to hold while ground handling

A

on the gearbox and the inboard side of the horizontal stab

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12
Q

what are the four types of blade movement

A

feathering
flapping
teeter
lead/lag

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13
Q

what are the three main rotor head types

A

rigid
semi-rigid
fully articulated

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14
Q

what movement does a semi-rigid rotor head allow

A

feather and teeter

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15
Q

what movement does a rigid rotor head allow

A

feather

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16
Q

what movement does a fully articulated rotor head allow

A

feather
flap
lead/lag

17
Q

what is the difference between fully articulated and bearingless rotor heads

A

fully articulated uses bearings for movement while bearingless allows movement through flexing of the structure

18
Q

what is a droop stop

A

stops rotor blades from flexing too far downwards and damaging the airframe

19
Q

what is a teeter stop? what are the different types

A

stops rotor blades from teetering too far and damaging the mast. dynamic and static stops

20
Q

what is the difference between a static and dynamic teeter stop

A

static - stays in one place for duration of flight

dynamic - moved away during flight